From space, Earth would appear as a vibrant blue planet adorned with swirling white clouds, surrounded by the vastness of space. The continents would be visible in shades of green and brown, while the oceans reflect shimmering hues of blue. The Moon, in contrast, would look like a gray, cratered sphere, stark and desolate, orbiting the Earth. The two celestial bodies would create a stunning visual contrast against the backdrop of the dark universe.
If you observe the Earth from below the South Pole, it would appear to be spinning in a counterclockwise direction.
Of course not. Even if our Sun was going to go supernova, which it won't. There would still be a delay of 8.333 minutes for the light to reach us. Obviously - if you were right next to it, you could eliminate the delay, but you would be unable to observe it, as you would become part of the supernova instantly.
If the sun's radiation could not travel through space, Earth would freeze and become uninhabitable. The sun's radiation provides heat and light energy that is essential for supporting life on our planet. Without it, temperatures would drop dramatically and plant growth would cease, leading to widespread ecological collapse.
If all lighter elements were released into space as Earth formed, the planet's composition would be significantly different today. The absence of lighter elements would alter the density and chemical makeup of Earth's crust, mantle, and core, likely leading to changes in geological processes such as volcanism, tectonic plate movements, and the magnetic field. This could result in a planet with different landforms, mineral deposits, and atmospheric conditions than what we observe today.
The astronaut on the moon would observe a solar eclipse. This is because the Earth is blocking the Sun from the astronaut's point of view, similar to how the Moon blocks the Sun during a solar eclipse seen from Earth.
You would see the moon.
If you observe the Earth from below the South Pole, it would appear to be spinning in a counterclockwise direction.
You can't see "space". You can see objects in space, but space itself is not visible.If you did wish to observe objects in space, a telescope would help you to do so.
clockwise
Because it is a gas giant and doesn't have a surface that you could land on, you could just orbit it and observe it from space, which would be a fascinating thing to do. You could land on some of its moons and explore them and observe Jupiter from them.
If the sun's radiation could not travel through space, then the Earth would be a cold, dark, frozen rock, and nothing would have ever happened on it.
No, in a position where one could see the galaxy as a whole, the earth would appear as a far too insignificant dot, and would likely not even be visible.
It could not, the shuttle cannot leave low earth orbit
Of course not. Even if our Sun was going to go supernova, which it won't. There would still be a delay of 8.333 minutes for the light to reach us. Obviously - if you were right next to it, you could eliminate the delay, but you would be unable to observe it, as you would become part of the supernova instantly.
If the sun's radiation could not travel through space, Earth would freeze and become uninhabitable. The sun's radiation provides heat and light energy that is essential for supporting life on our planet. Without it, temperatures would drop dramatically and plant growth would cease, leading to widespread ecological collapse.
Time would be the least of your problems at the center of the earth. But if we could put a clock there that would be able to function at high temperatures and pressures, I don't think we would observe any time anomalies.
That person would observe an eclipse of the sun.